InfoGenesis is a foundational theory of reality that begins not with particles, forces, or symbolic constructs, but with undifferentiated potential. It proposes that existence emerges through structured acts of differentiation—moments where potential is realized into distinguishable form. These initial differentiations generate identity, dimension, relation, and continuity. They are not symbolic. They are ontological.

The core claim of InfoGenesis is that differentiation precedes everything. It is not a reaction. It is not an interpretation. It is the first operation by which the unreal becomes structured. From this act, all subsequent structure—whether physical, temporal, informational, or symbolic—takes form.

This model reframes the apparent contradiction between quantum indeterminacy and classical determinacy. Where classical systems follow stable laws, and quantum systems appear governed by probability and uncertainty, InfoGenesis provides a single structural account. It shows that quantum uncertainty is not epistemic error or observational disturbance, but the inherent quality of potential prior to differentiation. What is uncertain is not unknowable. It is simply not yet resolved.

Once differentiation occurs, continuity becomes possible. From continuity, recursive structure can emerge. And from that structure, symbolic systems, temporal order, and identity propagation arise. InfoGenesis does not define these symbolic systems. It explains how the conditions for their emergence become possible.

The theory is not metaphysical. It is not based in abstraction. It does not invoke symbolic logic, narrative structure, or observer-relative models as first principles. Instead, it defines a hard structural rule: that potential resolves into reality through ordered differentiation, and that all subsequent systems are the layered outcomes of that act.

InfoGenesis does not replace Newtonian or quantum frameworks. It aligns them. It shows that classical laws operate within differentiated stability, while quantum behaviors emerge at the boundary of unrealized potential. Both are correct, but incomplete in isolation. InfoGenesis provides the structural logic that makes both coherent within a unified model.

InfoGenesis defines five core domains:

• Realization of potential through ordered differentiation
• Continuity as the consequence of resolved difference
• Nested structure and emergent dimensionality
• Boundary formation as a generator of law and scale
• Conditions for symbolic emergence as a secondary outcome

InfoGenesis is the foundation upon which Liam Gyarmati’s other frameworks—SCM, AECA, SEPA, LEGIS, and SCCF—are structurally anchored. Where those systems address identity, emergence, governance, and containment, InfoGenesis addresses what must occur before any such structures become possible. It is the theory of origin through form-taking. It explains why there is structure at all.